Posts tagged “blueprints”

I’m in a “How To” mood tonight. You may have noticed copal comes up a lot on this blog, and been interested in experiencing it yourself, but don’t have a place you can burn it with charcoal due to smoke or fire hazard. What to do? Well, I had the same issue myself, and came up with a quick and dirty incense stove design that charcoal-free and smokeless when used. For those who want to give it a try, I thought I’d finally upload photos and some crappy MS Paint blueprints.

Sure, you can buy premade stoves and that guarantees the product doesn’t suck, but they’re not always cheap, and I’ve never seen one that I liked. Building your own can be done for like $5, even less if you are good at scavenging stuff, and you can make it look like you want. Mine is made with a heavy black marble jar that’s quite pretty, and completely hides the jury-rigged wire holder and foil cup hanging inside. When it’s in use, you just see the glow of the hidden candleflame gleaming on the lip, and the incense vapor rising out of the top.

Obligatory Disclaimer/Warning:

Incense stoves get hot and involve fire. This makes them DANGEROUS. Be VERY careful when building and using your stove, as you can burn yourself, your stuff, your pets, etc. if something goes wrong. These blueprints are only a very rough outline of how I built my own stove and are not intended to be professional instructions on how to build incense stoves. There is no associated guarantee of workmanlike quality, fitness for a particular purpose, or safety in either the blueprints or in the end product if you choose to build a stove after looking at these images. It can’t be guaranteed 100% safe, it involves an open flame. Basically, if you start a fire and hurt yourself/others/property, I am not responsible. You’ve been warned.

Materials Needed:

1 Container — This can be a jar, a soup can, basically anything with an open top that won’t burn. Theoretically, you could even just have an open frame made of wire or something that would support the incense cup, though that would be pretty ugly. It needs to be wide enough to hold the candle, and shallow enough to allow enough air to sustain the flame. Remember, copal vapor is heavy and will sink, and it can smother a small flame if it gets trapped densely enough around it.

1 Piece of Wire — A length of thin wire, about 6 inches long. I used copper as it tolerates heat well and was what I had available, though brass would also be an excellent choice. Whatever wire you use, it needs to be flexible enough to easily twist and bend, but strong enough to support its own weight and the weight of a nugget of copal in the foil cup.

1 Sheet of Aluminum Foil — This will be folded into the cup where the resin nugget will go. You’ll want a roughly a 3 inch by 3 inch square if you want to make the cup single-layered, which will maximize the heat transferred to the incense, increasing the strength of the scent.

1 Candle — A small candle, preferably a tealight or votive candle. Must be unscented, or you’ll have its smell dueling with the scent of copal. Disgusting. Need unscented tealights? Check Bed Bath & Beyond, I’ve seen huge bags of 100 for about $5. I’ve seen them in CVS convenience stores here in Boston in the bulk bags too, weirdly enough.

Insulating/Supporting Material — Sand, rocks, the shell of a spent tealight candle, anything that won’t burn and can support the weight of a candle on top. You need to put this under the candle both to protect the surface below it from the heat and to adjust the candle’s height.

Blueprints:

Here are the rough diagrams for building an incense stove like mine, with my notes on the process included in the graphic. +1 for crappy MS Paint drawings…

Blueprints -- Click to Expand

Photos:

Finally, since making the cup and the wire holder for the cup are the hard part, I’ve included some photos below of my cup and holder in their assembled state. The foil is basically just pushed down through the wire hoop and the edges squished into gripping the wire. Be very careful to hold it up to the light to check for pinholes or cracks, the foil is delicate and tears easily.